SYLLABUS OF SEMESTER SYSTEM
FOR THE TRADE OF
GENERAL CARPENTER
Under
Craftsmen Training Scheme (CTS)
(One year/Two Semesters)
Redesigned in
2014
By
Government of India
Ministry of Labour & Employment (DGE&T)
FORMAT FOR CTS
1. Cover Page
2. Title
3. General Information
4. Week wise contents of TT and TP (In tabular form)
5. Week wise contents of WSC (In tabular form)
6. Week wise contents of ED (In tabular form)
7. Tools and Equipments list - broad specification
8. List of the consumable
9. Trade testing and certification
10. Further learning options
11. List of Trade Committee Members
GENERAL INFORMATION
1. Name of the trade
: GENERAL CARPENTER
(Engineering Trade)
2. N.C.O. Code No.
: 7124.10, 7124.20
3. Duration of training
: Twelve months (Two semesters of six
Months each)
4. Entry Qualification
: Passed 8th Standard
5. Unit Strength
: 20 trainees in each batch
6. Space Norms
: a) Class room: 40 sq.mt
b) Workshop for practical: 120 sq.mt
7. Power Norms
: a) Class room: 1kw (6000 lumen)
b) Workshop for practical: 8 kW (25000 lumen)
8. Job role
: At the end of course the trainee will be able to:
1. Work in autonomous museum as technician.
2. Work in industries as skilled labour and as assistant
carpenter.
3. Work as site supervisor on carpentry work.
4. Work in showroom dealing in architectural
materials
5. Work in Indian railways, in Dockyard, and in
Ordnance factory etc.
6. Work in furniture manufacturing units of modular
kitchen, and readymade doors and windows etc.
9. No. of Crafts Instructors /Trainers : Craftsman trainer/Instructor –
2 nos.
Assistant carpenter – 1 no
10. Instructor’s/Trainer’s
Qualification
: Degree in Mechanical Engineering from
recognized Engineering college/University
with 1 years’ post qualification experience
respectively.
Or
Diploma in Mechanical Engineering from
recognized board of technical education
with 3 years post qualification experience
in relevant field.
Or
NTC/NAC in the relevant trade with 3
years’ post qualification experience in
the relevant field.
(The
degree/diploma
holder
instructors must be provided with
orientation programme having duration
of six months in Training Methodology
within two years of their appointment.)
Week wise content index of first semester
S.No
Week No.
Contents Heading
Duration
Practical/Theory
1.
01
Familiarization with the
workshop.
common Safety
precautions.
1 weeks
2.
02
Identification and
Familiarization of hand
tools.
Safety precaution of
the carpentry hand tools
&Introduction to timber.
1 weeks
3.
03
Sawing practice ,Hand
Tools and portable
power tools - curve
cutting saws
Saws and the Plane
1 weeks
Planning practice
Different types of Plane
4.
04
Special saws
1 weeks
Special planes
5.
05
Chiseling Practice
and multiple
chiseling practice:
Hold ing t ools
Hand tools ( paring
tools );: Striking tools
Workshop appliances
1 weeks
6.
06
Joint practice:Demonstration and
making framing joints.
Classification of joint
1 weeks
Demonstration and
making Dovetail joints
Angle joint:-
7.
07-08
Framing Joints
2 weeks
seasoning of Timber
8.
09
Broadening joints
Broadening joints
1 weeks
9.
10
Lengthening joints
demonstration and
making
Lengthening joints:
1 weeks
A frame of using
different type of joints
Preservation of timber
:Files
10.
11.
11-13
14
Application of boring
Different types of scarf
joints
boring tools
3weeks
1 weeks
tools:
12.
15-16
13.
17
14.
18
15
Description of timbers
used in furniture making
work. conversion of
timber
2 weeks
ply wood and by
product of plywood
1 weeks
nailing screwing on
job.
Nails and screw
1 weeks
Wood carving exercises
. Properties of wood.
Preparation of bill of materials
and simple estimation
1 weeks
application on finished
surface. Varnishing on
finished surface
Sand paper
1 weeks
Furniture polishing
French polish,
Estimation of timber
layout of different
furniture.
Making a small table
19
16
20
17
21
18
22
19
20
staining
1 weeks
REVISIONS
1 weeks
23-24
INDUSTRIAL VISIT / project work
2 weeks
25-26
Final exam.
2 weeks
Week wise content index of second semester
S.No
Week No.
Contents Heading
Duration
Practical/Theory
1.
01-05
2.
06-09
5weeks
Introduction &
demonstration,
operational
techniques of wood
working machines.
Wood working
machines
Demonstration and
use of followingDrilling Machine
Description, types,
sizes, parts, functions,
operations, safety
precautions, care and
maintenance etc.of
machine.
4 weeks
Exercises. Of pattern
making.
Introduction to
pattern making
2weeks
making Co re and core
p rint s
Co re and core
p rint s
1 weeks
Allied Training :
General safety in
fitting shop
2 weeks
Grinding Machines
Mortiser Machine
Market form of timber
Universal wood
working Machine.
3.
10 -11
4.
12
5.
13-14
6.
15-16
1) SIMPLE FITTING
WORK
SHEET METAL
WORK
SHEET METAL tools
2 weeks
7.
CARPENTRY
BUILDING WORK
Introduction about
carpentry work involved
in building construction
Familiarization with
the materials which is
use in industries as
substitute of wood.
17-18
8.
19-20
9.
21
2 weeks
Marking and making
window frame and
window shutters
Types of window
frame and window
shutters --
2 weeks
Exercises on simple
floor construction and
joints used.
Basic principle of
repairing work and
repairing technique of
furniture, door,
window, rack etc.
1 weeks
Economical factors
and material estimate
10.
22
Revision
1 weeks
11.
23-24
Industrial visit
2 weeks
12.
25-26
Final exam.
2 weeks
Syllabus for the trade of “ CARPENTER “ under C.T.S.
Draft Syllabus on Trade Theory & Trade Practical
Duration six Months
First Semester
Semester code : carp.-01
TRADE PRACTICAL
TRADE THEORY
Familiarization with the
workshop: Sections and the
general places. Wood working
sections and wood working
machine shop . show different
exercises / jobs done by the
trainees in the previous year
batches etc. show different
audio – visual aids, library,
show room etc.
Safety precautions: Importance
of the trade in the industrial
development of the country.
Introduction to the general safety,
causes
of
accident
and
avoidance. Give some instruction
related with the duties of the
trainees, discipline recreational,
medical facilities and other
extracurricular activities of the
institute.
Identification
Safety
precaution
of
the
carpentry hand tools. Workshop
discipline and safety first aid etc.
Introduction to the trade and to
carpentry
hand
tools,
their
classification, names and the
uses. Measuring, marking and
testing tools, types, sizes, uses,
etc
WEEK NO.
1
2
and
Familiarization
of hand
tools. Demonstration and use
of measuring, marking and
testing tools.
Introduction to timber : growth
of a trees, cross-section of an
exogenous tree trunk, parts,
formation. Parts of a tree.
3
Functions and identification of
timber and defects , diseases of
timber VIZ. Knots , shakes,
grains etc
Sawing practice : - use of . Saw and the Plane
:
different types of the saws description, types, sizes, setting,
Ripping, cross cutting, curve sharpening, uses, etc.
cutting, oblique sawing etc.;
Use of the , bench hook,
bench vice, bench stop etc.
Sharpening and the setting of
the different types of the
saws.
Hand Tools and portable
power tools - curve cutting Special saws - Compass saw,
saws :compass saw, coping coping saw, Bow saw, fret saw
saw, bow saw, fret saw etc. - portable circular saw..
description, types, size, use,
care
and
maintenance.
Sharpening and setting of
saws. Portable circular saw
and its uses.
4
Planning practice
Demonstration and uses of
the planes .
Setting of the plane holding,
Planing techniques. Planing
face side, face edge, use of
marking gauge etc. Testing
of the accuracy, flatness and
twistness of the surface. Use
of straight edge, bench stop,
try square, winding strips,
cross planing, edge planing
etc. Grinding and sharpening
of the plane blades.
Different types of
Plane :
description, types, sizes, setting,
sharpening, uses, etc.
.
Special planes:- Compass plane
Moulding plane, Rebate plane,
Grooving plane etc. - description,
type, size, use, care and
maintenance.
Portable power
planer machine and its uses.
.
5
Chiseling Practice
And multiple chiseling
practice:
Demonstration and use
of
different types of
Hand tools ( paring tools );:
Different types of The chisels
,description
,
sizes,
uses.
Grinding, sharpening & honing
etc.
chisels. Chiseling along
the grain, across the
grain
of
the
vertical,
horizontal etc. Grinding,
sharpening and honing of
chisel.
Holding tools - Clamps,
‘G’ or ’C’ clamp or cramp,
sash /‘T’ bar cramps , saw
sharpening vice, carpentry
vice etc.
Striking tools
mallets etc.
-
Hammers,
Workshop appliances : work
bench, bench vice, bench hook,
bench stop shooting board,
MITRE board etc. - types, sizes ,
uses etc.
6
7-8
9
Classification and grading of
timbers as per ISI. types of the
grains. Joineries: Classification
Joint
practice:- of
joint
(framing,
Angle
Demonstration and making broadening
and
the
framing joints :- Halving lengthening)
joints, trenching and housing
joints, Mortise and tenon Framing
Joints:Halving,
joints, plain hunched tenon Mortise and tenon
joints,
and mortise, MITRE tenon Briddle
jointsdescription,
and mortise joint, stub tenon, types and uses. .
bare faced tenon, bridle
joints etc. .
..
.
Demonstration and making Angle joint: - Description, types
Dovetail joints –
size, uses etc.
1) Housing joints
,2) Dovetail jointsSeasoning of Timber: Types,
Dovetail marking and its advantages and disadvantages,
applications. Single dovetail, stacking (vertical and horizontal)
Common dovetail, lapped Moisture content in timber and its
dovetail, secret mitre dovetail effect on timber, moisture meter
joints,
use
of
dovetail and
oven
method.
template etc
Characteristics of wood, Physical
and mechanical properties of
wood, qualities of good timber.
Broadening
joints: Broadening joints - description, types,
Demonstration and making and uses. Adhesives - types, uses etc.
different types of broadening
joints - simple butt, rebated
butt, pocket screw, secret
pocket butt joint, glued butt,
tongue and groove joints etc.
10
11-13
14
15 to 16
17 to 18
Lengthening
joints
demonstration and making:
Different types of scarf
joints - Table scarf, bevel
scarf etc.
.
A frame of using different
type of joints - S m a l l
article involving above
joints may be made.
Lengthening joints:
Different types of scarf joints
– Description and types of Table
scarf, bevel scarf, tension scarf
etc.
Preservation
of
timber:
Chemical treatment of timber types,
process
etc.
and
preservatives used.
Files: Types, grades, uses, care
Simple wooden furniture and maintenance.
making work: Demonstration Uses of electrical portable jig saw
and practice on , portable disc sander, portable
Making a small wall bracket. electrical drill machine
Prepare chalk box. Tea tray or
office Tray.
Application of boring tools: Boring tools :
Use of country drill, hand Description and typesdrill, ratchet brace, breast Country drill, hand drill, ratchet
drill.
Portable electric drill brace, breast drill – parts,
machine and its uses. Use of functions,
size
and
use.
different types of drill bits, Portable
electric
drilling
hand augur, layout of a stool machine - description, uses etc.
and
make
cutting
list. Drill bits - type, size and uses.
Prepare a standard height. Calculation of timber required
Taper legged stool as per lay for stool. Prepare cutting list
out. Use of Adhesives.
from drawing (sawn size and
finish size). Hand augur –
description, size & uses.
Demonstration and make Description of timbers used in
layout of different furniture.
furniture making work: - Teak,
Sal,
Deodar and other wood as
Making notice board or display available in the local market.
board. Use of hard board, ply Conversion of timber :
wood and insulation board. Making Parallel sawing, radial sawing,
a small rack/modern wall unit.
quarter
sawing,
tangential
sawing etc.
Design of Furniture's for different
purpose :- Bed room, dining Hall,
Library, Office, Work-shop, Class
room.
Making
a
small
table. Kitchen,
Garden
etc.
Demonstration and use of Manufacturing process of various
lock, hinges, hasp and staple boards and sheets, And their
etc. Making a small box with applications viz. ply wood,
sunmica top.
block board, laminated board,
hard board, insulation board etc.
and their description, types,
market size, use. Selection of
sheets and matching grade and
colour. addition with particle
board, Hi-density board, and
medium density board – their
Demonstration on nailing manufacturing, quality and their
application.
screwing on job.
Nails and screws:- Types, size
and uses , Nuts and bolts,
washers. Lock, hinges, hasp and
staple, tower bolt etc. Other
fittings- types, sizes and uses.
19
20
Wood carving exercises and
use of carving tools and their
sharpening.
.
Preparation of surface - use
Smoothing plane for knotty or
interlocked cross grained
timber by scraping, sand
papering and portable sander
application
on
finished
surface.
Varnishing
on
finished surface.
21
22
Tools required for carving ornamental
works. Properties of wood. Preparation
of bill of materials and simple estimation
Method of preparation of surface
for staining, tools and equipment
required. Sand paper - types,
grades, size & uses. Portable
sander
machine
and
uses.
Preparation of putty and use.
Staining:Type, process,
methods and staining materials.
Different staining
methods applied for different
timber.
Description ofFrench polish, wax
polish,
types
and
uses.
Estimation of timber
Furniture
polishing:Demonstration on how to make
French polish, use of French
polish and wax polish. Remove
the polish and Re-polishing old
furniture.
REVISIONS
23- 24
INDUSTRIAL VISIT / project work
25-26
FINAL EXAMINATION
Achievements:
1. The trainees will be able to identify, select and use tools and timbers and
makes simple joints.
2. Trainees will be able to make simple objects viz. tray, rack, stool, table, wall
unit etc
3. Trainees will be able to finish the furniture with staining, varnishing and
polishing.
4. Trainees will be able to operate the portable power machines.
5. Trainees will be able to repair various furniture and re -polishing.
Syllabus for the trade of “ CARPENTER “ under C.T.S.
Draft Syllabus on Workshop Sience&Calculation
Duration six Months
First Semester
Week No Workshop Science calculation
1
2
Introduction and discussion regarding syllabus and importance.
Properties and uses of C.I and W.I.
3
4
Effect of alloying elements on the properties C.I. and steel.
Fundamental Arithmetical operation-Addition, subtraction, multiplication, division of
whole numbers.
Properties and uses of plain carbon steel and alloy.
Properties and uses of copper, zinc, lead, tin and aluminum.
Fraction and decimals conversion, fraction to decimal and vice versa.
Geometry: Fundamental geometrical definition, angles and properties of angles, triangle
and properties of triangles, rectangle, square, rhombus, parallelogram etc and their
properties.
Simplification, application of fundamental arithmetical operation to shop problems.
Properties and uses of brass ,bronze ,solder ,bearing, metal ,timber, rubber.
System of units –British- Metric and S.I. units for length ,area ,volume ,capacity ,weight
,time ,angle-their conversion .
Heat and temperature, thermometric scales, their conversion .Temperature measuring
instrument, quantity of heats ,specific heat, latent heat, heat loss and heat gain-simple
problems
Rest and motion, velocity, acceleration.
5
6
7
8
9
10
11
12
13
14
15
Newton laws of motion.
Power and roots factor, power, base, exponent. Multiplication and division of power ,
root of number.
Square root by arithmetic’s and problem related to trade.
Percentage changing-percent to decimal and fraction and vice versa.
Problem on percentage.
18
19
20
21
22
Problem related to trade.
REVISION
23-24
25-26
INDUSTRIAL VISIT
FINAL EXAMINATION
Achievement:
1. Trainees able to know mechanical properties.
2. Trainees able to know regarding S.I units.
3. Trainees able to know different arithmetical trade related
problem.
4. Trainees able to know different maturational trade related
problem.
Syllabus for the trade of “ CARPENTER “ under C.T.S.
Draft Syllabus on Engineering Drawing
Duration six Months
First Semester
Week No
Engineering Drawing
1
2
Introduction and discussion on syllabus and importance.
Importance of engineering Drawing and its knowledge- Free hand sketches of
straight, oblique and perpendicular lines. Plain figures like square, rectangle,
triangle, circle, polygons etc.
Importance of TYPES OF LINES,
Draw the types of lines and its applications in engineering drawing.
Identification of simple geometrical solids from the given models/teaching aidsFreehand sketches for the simple solids like, cube, cone, prism, pyramid,
rectangular block etc.
3
4-5
6
7
8
9
10
11
12
13-14
15-16
Importance of good printing of letters and numbers on drawing –freehand
practice of lettering and numbering style as par IS code.
Standard line convention and their meaning and their scope of application on
engineering drawing as par IS standard. symbols for simple engineer elements
materials used on drawing as par IS code
Freehand sketches of hand tools and measuring tools, related to the trades e.g.
hammer, file, chisel, drill, hack saw, mallets, solder iron, Anvil, punch, glow
pipe, electrode holder, scale, caliper, try square, bench vise etc .from the
supplied sketches or sample.
-doImportance of putting dimension on the drawing as par IS standard. How to
measure the sizes of simple parts and the locations of the other operational
surfaces, using simple measuring instrument and how to transfer the
measurements or on the drawing of the features for dimension; Freehand
sketches to study the techniques employed in dimensioning on the drawing of
features for size, location hole area ,angle ,chamfer ,taper etc .from given
sample or sketches
-DOIsometric and oblique. Drawing-their methods of representation using simple
solids like rectangular block, stepped block, cylindrical features and prisms etc
.Freehand sketches for the given features.
-Do-
17
18
19
20-21
Orthographic projection standard system (1st angel orthographic projection
and 3rd angel projection as par IS system. Freehand sketches of simple objects
like vee block, stepped block, simple brackets, blacks with holes and grooves to
represent the views both in 1st and 3rd angel.
Do
Orthographic projection with dimensions.
-DoCAD on 2D
22
REVISION
23-24
INDUSTRIAL VISIT
FINAL EXAMINATION
25-26
Achievement :
1. Able to draw the Geometrical drawing.
2. Able to draw the free hand sketch of instruments and trade related job.
3. Able to draw the “LETTERING”.
4. Able to understand the symbol of different engineering materials.
5. Able to know different types of dimensioning process and their
applications.
6. Able to understand the Isometric and Orthographic view.
7. Able to know Orthographic projection.
8. Basic concept on CAD – 2D.
Syllabus for the trade of “ CARPENTER “ under C.T.S.
Draft Syllabus on Trade Theory& Trade Practical
Duration six Months
Second Semester
Semester code : carp. -02
WEEK NO.
TRADE PRACTICAL
TRADE THEORY
.
1-5
Introduction &demonstration,
operational techniques of wood
working machines.
Uses of:A) Band saw: - remove and
refit of band saw blades
setting and grinding and
different Operation :Ripping ,. Cross-cutting,
curve cutting, beveling,
chamfering etc.
B) Circular Saw: - Ripping,
cross cutting, rebating ,
grooving etc.
C) Planning Machine :Surfacing, thicknessing,
chamfering, edging beveling
etc,
D) Wood Turning lathe: - Use of
turning tools, plain turning,
taper turning and Turning
Wood working machines:
Description, types, sizes, parts,
functions, operations. Safety
precautions, care and
maintenance. Oiling, greasing
etc. of the following machines:
A) Band Saw
B) Circular saw
C) Planning machine
D) Wood Turning Lathe with
Turning tools.
Market form of timber.
Conversion of timber method,
advantages, disadvantages.
different articles- Chisel
handles, table lamp stand etc.
Use of face plate, chuck etc.
6-9
Demonstration and use of
followingA) Drilling Machine: Use of
straight shank drills, taper
shank drills, counter sinking
bits etc.
B) Grinding Machines :Grinding of different types of
tools, cutters, materials for
jobs.
C) Mortiser Machine.
D) Universal wood working
Machine.
10-11 Exercises.
Identification of pattern making
hand tools, use of contraction
rule, show different type of
pattern. Lay out of simple solid
pattern on layout board. Making
patterns as per checked layout.
(Take help of wood working
machines as much as possible.)
Layout of split patterns.
Marking and making split
patterns. Making dowels for
above pattern. Use of dowel
pin. Use of nail, screws etc.
Making templates. Use required
machine wherever necessary.
Description, types, sizes,
parts, functions, operations,
safety precautions, care and
maintenance etc. of the
following machinesA) Drilling Machine.
B) Grinding Machine.
C) Mortiser Machine.
D) Universal wood working
Machine.
Calculation of timber – weight,
area, volume etc
Introduction to pattern making
Hand tools. Contraction rule and
different allowances. Shrinkage,
drafting, machine allowances.
Different types of timbers used
in pattern making. Reading of
blue print. Layout board and its
use. Types of pattern and their
uses.
Split patterns -Types and
uses. Dowel- types, size and
uses in pattern making work.
12
Marking and making patterns
with self core and with core
prints. Prepare core box and
pattern. 1) Casting pattern 2)
Machining position core print.
Painting the pattern, core box
etc. as per IS specifications.
Core and core prints :
T yp es & u se s. Colour code as
per IS specifications. Use of
paints on pattern core, core box,
core prints etc. Estimate volume
of wood and other requirements
for pattern making box.
13-14.
Allied Training :
1) SIMPLE FITTING WORK –
Safety precaution to be
observed while using marking
General safety in fitting shop.
Marking tools: Types,
specification, use, care and
maintenance of tools: Steel rule,
tools:
Steel rule, Square, Scriber,
divider, calipers, punch,
hammer ,marking table, marking
block etc. Use of hand tools:
Hack saw, cold chisels, different
types of file.
Skills : Filing, drilling, counter
sinking, - taping, dieing practice.
Grinding of cold chisels, punch,
drill bits etc. Marking and
making hanging plate, corner
plate, name plate, different
types of clamps and angle plate
use for wooden furniture. Use of
nuts, bolts, washers, machine
screws etc.
15-16
17-18
2) SHEET METAL WORK Use of common hand tools and
related with sheet metal work:
Steel rule square, snips, sheet
metal mallets, punch, hammer
stakes etc.
Development
from drawing and able to make
layout of simple pattern
a) Parallel line method.
b)Radial line method
CARPENTRY BUILDING
WORK Revision of basics joints
related with carpentry building
work. Marking and making door
frame and door shutter. Making
panel door, glazed shutter and
fitting mouldings after fitting
glass. Fitting produce used in
door construction.
squares, scriber, divider,
calipers, and other tools. Marking
table, marking block etc.
description, specification, uses
etc.
Use of bench vice and clamps.
Types of drill bits, counter sinking
tool, counter boring tool, taps and
dies used in fitting work. Types
of nuts, bolts, washers, machine
screws etc.
Common Sheet Metal Tools :
Description, types, use etc.
Development of simple job viz.
Square, cylinder, cone etc.
Marking making templates for
pattern making and carpentry
work.
Concept of shearing, punching,
folding, bending etc.
Introduction about carpentry work
involved in building construction.
Types of doorframes, door shuttersdescription, sizes, uses, advantages
and disadvantages etc. Fittings
used in door. Types of panels used
in panel shutter, glazed shutter.
Familiarization with the
materials which is use in
industries as substitute of wood.
Characteristics of material,
Mechanical properties, durability,
Applications, etc.
19-20
Marking and making window
Types of window frame and
21
frame and window shutters, use
of protection bars. Exercises on
roof trusses – Lay out marking
roof trusses in reduced scale
(Model types)- king post ,queen
post etc.
window shutters. Protection bars:
types and uses. Roof trusses:
King post, queen post etc.
related terms, sizes construction
etc.
Exercises on simple floor
construction and joints used
therein. Exercises on partition
construction.
Repairing practice:
Repair and reconditioning of
1.Hand tools and equipments.
2.Furniture, doors and
windows..
Basic principle of repairing work
and repairing technique of
furniture, door, window, rack etc.
Use of Nails, screws angle plate,
bracket, nuts, bolts etc. for
repairing work. Packing case:Types, material and tools used.
Types of hanging plates, corner
plates etc. used in carpentry
work. Economical factors and
material estimate.
22
INDUSTRIAL VISIT
23-24
RIVISION
25-26
FINAL EXAMINATION
Achievements:
1. Trainees will be able to operate various wood working machines.
2. Trainees will have an knowledge about different types of pattern and will
be able to make simple
3. wooden patterns like core and core boxes.
4. 3. Trainees will be able to do simple fitting work related with carpentry /
woodworking jobs. 4. Trainees will be able to make simple Sheet Metal
Operation related to furniture making. 5. Trainees will be able to do the
wooden work like doorframes & shutters, window frames &
shutters, wooden floor and roof trusses etc. related to building work.
3.Trainees will be able to operate the carpentry CNC machines.
.
Syllabus for the trade of “ CARPENTER “ under C.T.S.
Draft Syllabus on Workshop Science &Calculation
Duration six Months
Second Semester
Week No
Workshop Science calculation
1
Introduction and discussion on CTS 2nd semester syllabus.
2
Moment or forces simple problems on straight and bell crank levers.
3
Mass, volume, density, weight C.G.S., M.K.S.
and F.P.S units of force weight etc .their conversion shop problems.
Effect of forces on materials in such application as extending, bending, twisting,
shearing etc meaning of stress and strain.
Meaning of stress, strain and modulus of elasticity.
4
5
6
7
8
9
10
Do
Meaning of tenacity ,elasticity ,malleability ,brittleness ,hardness,
Ductility and examples.
Ratio and proportion:
Ratio; finding terms and ratio; proportions; direct proportion and indirect
proportion.
Application of ratio and proportion to shop problem. Mixed direct and indirect
proportions problem.
Algebraic symbols and fundamental algebraic operations.
Sign and symbols used in algebra; co-efficient, terms, like and unlike terms.
11
Algebraic addition, subtraction, multiplication and division.
Power and exponent, laws and exponent.
12
Algebraic simple problem. Factor and equations algebraic formula and its
application.
13
Electrical and its uses:Electric current-positive and negative terminals, use of fuses and switches,
conductor and insulators.
14
Factors and different types of factorization.
15
Equations-simple-simultaneous quadratic application, construction and solution
of problems and equations.
Different form of energy-heat, mechanical and electrical-examples, conversion
16
from one form to another.
Pythagoras theorem, circle and properties of circle, polygons application of
geometric to shop problems.
Menstruation
Triangles, square, rectangle, parallelogram, trapezium, trapezoid, regular
polygon, circle, hollow circle.
Sector of circle, segment of circle, ellipse and fillet.
17
18
19
20
21
Solid figures-prism, cylinder, pyramid, cone, sphere, spherical segment,
material weight, and cost shop problems.
Practice on simple pocket calculator.
REVISION
22
INDUSTRIAL VISIT
23-24
FINAL EXAMINATION
25-26
Achievement :
1. Trainees able to know mechanical engineering basic science.
2. Trainees able to know algebraic problem.
3. Trainees able to know different maturational problems.
Syllabus for the trade of “ CARPENTER “ under C.T.S.
Draft Syllabus on Engineering Drawing
Duration six Months
Second Semester
Week No
Engineering Drawing
1
Introduction and discussion regarding importance of orthographic projection.
2
Importance of sectioning on drawing standard methods (full and half section,
revolved and removed section, location as par IS code).
Sectioned –freehand sketches to represent the different sectional view in the
given orthographic drawing of parts with the support of models e.g.
Simple hollow blocks and simple castings with dimensions.
-Do-
3
4
5
6
How to convert isometric to orthographic and orthographic to isometric.
Drawing related problem for freehand sketches for trade related simple parts or
exercises.
Do
7
-Do-
8
9
Freehand sketches of standard rivet from as par I.S. welding symbols as par
I.S.code employed on drawing.
Do
10
Standard forms of key cotters.
11
12
Freehand sketches to study the method of surface development of simple
geometrical solids like cube, cone ,prism ,pyramids
,rectangular block etc.
13
Do
14
Screw thread forms as par I.S. convectional application of internal and external
screw thread-freehand sketches of nuts, bolts ,screw etc.
Do
15
16
17
18
19
20
21
Basic CAD drawing on 3D.
Importance of blue print reading-guideline, how to read-simple blue print
exercises reading related to missing lines ,missing views, missing dimension,
missing section, identification of surface symbols etc.
Solution of NCVT test papers.
22
REVISION
23-24
INDUSTRIAL VISIT
25-26
FINAL EXAMINATION
Achievement:
1.
2.
3.
4.
5.
Able to draw the orthographic projection.
Able to draw sectioning on drawing with standard method.
Able to draw isometric to orthographic and orthographic to isometric view.
Able to make surface development.
Able to use AUTO CAD on 3D.
CTS ( GENERAL CARPENTER )
LIST OF TOOLS AND EQUIPMENT
FOR
A UNIT OR BATCH OF 16 TRAINEES
1ST SEMESTER
For Individual tool kit: - for 16 Trainees -
16 Sets.
ONESet may be kept for Instructor –
(For demonstration) -
1 Set.
Three Sets may be kept for reserve - 3 Set.
A)For Extra trainers.
B)For replacement.
C)For any other skilled worker for Repairing work, maintenance Work
etc.
Sr.No
1
2
3
Total: 20 Sets.
Name of the tools &
No.reqd.for Instr.&Trainees
equipment as per the
for one Unit asper DGET
syllabus
norms
Foot rule ( two ft. Four fold
)/ steel rule
MARKING KNIFE, 200 MM.
LENGTH
CARPENTER SQUARE 200
MM
20
20
20
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
SQUARE, BEVEL 50 MM.
CARPENTER MAKING
GAUGE
CARPENTER MORTICE
GAUGE
SAW HAND 450 MM.
SAW TENON 300 MM.
PLANE, JACK METAL 335
MM. X 50 MM CUTTER
PLANE SMOOTHING, METAL
200 MM. X 50 MM CUTTER.
CHISEL, FIRMER (BEVEL)
EDGE 6 MM. 10,15,20 AND
25 MM.WIDTH (5 NOS.)
CHISEL, MORTICE, 06,10,15
MM. (3 NOS)
SCREW DRIWER 300 MM.
(CABNIT MAKER)
MALLET MEDIUM SIZE
CLAW HAMMER 500 GR.
OILSTONE(CARBORUNDUM)
UNIVERSAL SILICON CARBITE
COMBINATIONROUGH AND
FINE 200X 50X25 MM
20
20
HAND BRUSH FOR BENCH
CLEANING 450 MM.
COMPUTER WITH LCD
PROJECTOR
20
20
20
20
20
20
20
20
20
20
20
20
01
TOOLS: EQUIPMENT AND GENERAL OUTFIT
01
02
03
1ST SEMESTER
MEASURING TAPE 3 METER
CONTRUCTION SCALE 1
METER
SPRING CALIPER INSIDE 150
MM
01
04
04
04
SPRING CALIPER OUT SIDE
04
05
06
07
WING COMPASS 300 MM.
TRAMMEL
SPRIT LEVEL 300 MM.
02
02 PAIR
02
08
09
10
11
12
13
14
RIP SAW 600 MM.
CROSS CUT SAW MM
KEY HOLE SAW 250 MM.
FRET SAW FRAME 150 MM.
COMPASS SAW 350 MM.
ADZE 15 KG.
TRYING PLANE METAL 450
MM. X 60 MM. CUTTER
PLANE RAVVET ADJUSTABLE
250 MM. X METERS X 9 MM.
CUTTERS.
. PLOUGH PLANE WITH SET
OF 8 CUTTER UP TO 12 MM.
WIDTH
SPOKE SHAVES 50 MM.
CUTTER
04
02
02
02
04
04
02
15
16
17
04
04
08
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
PLANE ADJUSTABLE
CIRCULAR 250 MM
ROUTER PLANE
MOULDING PLANE SET
CABINET SCREPER 100 MM.
GAUGE CHISEL, FIRMER,
6,10,12,16,20,MM
GAUGE CHISEL, SCRIBING
6,10,12,16,20,MM.
BALL PEIN HAMMER 600
GRS.
CROSS PEIN HAMMER 600
GRS
SCREW DRIVER 450 MM.
SCREW DRIVER 250
MM.
SCREW DRIVER 150
MM.
PINCER 50 MM.
FILE HALF ROUND 2 ND
CUT 250 MM.
FILE HALF ROUND
WOOD RASP BASTAD
MM.
FILE SLIM TAPER 100
MM
FILE SLIM TAPER 150
MM.
CARD FILE (STEEL) WIRE
BRUSH FOR FILE
HANDS DRILL 6 MM.
CAPACITIES
COUNTRY DRILL WITH
BOW (BALL BEARING
TYPE)
04
04
04
04
08 SETS.
08 SETS.
04
04
04
04
04
04
08
08
12
12
04
08
04
37
38
39
40
41
42
43
44
45
46
46
47
48
49
50
51
52
53
54
RATCHEL BRACE 250
MM. SWAP
HAND AUGER
10,12,14,16,18,20,22,25
MM.
CENTRE BITS 6,8,10,12.
EXPANSION BIT SETS.
TWIST DRILL BITS
6,8,10,12, MM
COUNTER SINK BIT
ROSE TYPE 12 MM.
BREAST DRILL 6
MM.CAPACITY
CENTRE PUNCH 5
SNIP STRAIGHT 200
MM.
OIL CANS
COMBINATION SIDE
CUTTING PLIERS.
PLUNGER SAW SET /
PISTOL GRIP TYPE.
NUMBER PUNCH 12
MM.
SLIP STONE 100 MM.
ROUND CROW BAR
WITH CHISEL AND
CLAW END 1070 X 25
MM.
. ‘ G’ CLAMP 100.
‘G’ CLAMP 150 MM.
‘G’ CLAMP 250 MM.
‘T’ BAR CRAMP 0.6
METER.
‘T’ BAR CRAMP 1.25
04
02 SETS.
02 SETS.
02 SETS.
02 SETS.
04
02
04
04
02
02
02 SETS.
08
02
08
08
04
08
04
55
56
57
58
59
60
61
62
63
64
65
66
67
68
69
70
71
72
METER.
‘T’ BAR CRAMP 1.75
METER.
CARPENTER VICE 250
MM JAWS.
SAW SHARPWNING
VICE 250 JAWS.
CARVING TOOLS SET.
GOGGLES PAIR.
GLASS CUTTER.
NAIL PUNCH.
SURFACE PLATE 600 X
600 MM.
CARPENTER’S WORK
BENCH 2400X920X800
MM. HEIGHT
OIL CAN.
STEEL LOCKERS, 8
COMPARTMENTS, WITH
INDIVIDUAL LOCKS.
1980 X 910 X 480 MM
DEPTH.
STEEL ALMIRAH WITH
SHELVES 1980 X 910 X
480 MM DEPTH
INSTRUCTOR TABLE
(HALF SECRETARIATE)
INSTRUCTOR CHAIR.
STOOL.
CHALK BOARD WITH
EASEL.
METERIAL RACK.
PORTABLE CIRCULAR
SAW MACHINE
02
16
02
04 SETS.
02
02
04
01
08
04
02
02
01
02
01
01
02
72
72
73
74
75
76
PORTABLE PLANING
MACHINE
POWER DRILL MACHINE
PORTABLE SANDER
MACHINE
PORTABLE JIG SAW
MACHINE
PORTABLE ROUTER
MACHINE
POWER SCREW DRIVER
02
02
01
02
01
02
ALONG WITH THE TOOLS AND EQUIPMENTS
OF 1ST SEMESTER
GENERAL INSTALLATION AND ACCESSORIES
01
02
03
04
05
06
07
08
09
FOR SECOND SEMESTER
COMBIND SURFACER AND
01
THICKNER.
CIRCULAR SAW MACHINE
01
3.00 MM.DIA.
‘LATHE, WOOD TURNING.’
03
150 MM HEIGHT OF
CENTRES 1.75-METER BED,
MOTORISED COMPLETE
WITH A SET OF TURNING
TOOLS.
SET OFTURNING TOOLS FOR
03 SETS
ABOVE LATHE MACHINE
TENONING MACHINE
01
(SINGLE ENDED)
MORTISING MACHINE
01
(COMBINE HOLLOW CHISEL
AND CHAIN)
BENCH RINDER 200
01
MM.WHOLE D.E. PEDESTAL
DRILL MACHINE 12 MM.
01
CAPACITY
PORTABLE ELECTRIC DRILL 6
01
MM. CAPACITY (WOIF TYPE)
10
11
12
13
14
15
16
17
18
19
20
21
DRILLS CHUCK 12 MM
CAPACITIES.
PORTABLE DISCSANDER 200
MM. DIA
ADJUSTABLE SAW
SHARPENER
. ELECTRIC HEATER
1000/1500 W 1 NOS.102.
ELECTRIC BLOWER
(PERTABLE)
MOISTURE METER
GREESE GUN.
SPANNER DOUBLE ENDED
SET OF 14
UNIVERSAL WOOD
WORKING MACHINE
ELECTRICAL DRYING OVEN
(SMALL TYPE).
BAND SAW MACHINE WITH
PROVISION.
FIRE EXTINGUISHER.
FIRE BUCKETS.
01
01
01
01
01
01
01 NO. OF SET
01
01
01
01
04
NOTE :
1. No additional items are required to be provided to the batch or
unit working in the second shift except the
items under the Trainees tool kit and lockers.
2. The trainee for the main trade will be sent to the different
sections for allied trade training. Separate list of
tools and equipment required for allied trades are not included in
this list.